Carbon media recycling
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Tervita has partnered with Jacobi to provide carbon media recycling services for customers. The process involves transferring spent carbon from customers to Tervita, who then ships it to Jacobi for reactivation. At Jacobi, the adsorbed organics are thermally decomposed and the gases are treated before emission. Carbon recycling through thermal reactivation is more environmentally friendly than disposal, as it reduces CO2 emissions and contributes to sustainable resource use. The process provides benefits like lowering costs compared to disposal and keeping spent carbon out of landfills.
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1) The document compares the carbon footprints of different remedial technologies at two contaminated sites, including continued groundwater extraction and treatment versus in-situ biobarriers for one site, and air sparging versus in-situ bioremediation for another.
2) It finds that in-situ bioremediation technologies generally have lower carbon footprints than technologies relying on groundwater extraction or air sparging.
3) The largest contributors to carbon footprint vary by technology, but generally include electricity usage, production of reagents or treatment materials, and waste disposal. The estimates have high uncertainty around some inputs like vegetable oil and electricity.
CLOSING THE CARBON CYCLE - Peter Eisenberger (October 16, 2012 @ London)
The document discusses closing the carbon cycle as necessary for sustainability. It describes how nature closes the carbon cycle efficiently but humans have introduced an unidirectional flow. The document proposes that our species can close the carbon cycle through a bi-directional carbon-based energy process using CO2 from the air and hydrogen from water with solar energy. This approach could produce liquid fuels like gasoline and solve challenges of energy security, economic development, and climate change by providing a global thermostat to control atmospheric CO2 concentrations.
Waste Disposal through Portable Incinerator
In order to meet the worldwide demand for a clean environment, various national, regional, state, or local regulations or guidelines have been proposed and enforced. Incineration of solid wastes is usually considered to be the most effective in volume reduction of the solid waste, thereby reducing the burden of landfill. Incineration can remain a viable option when it ensures pollution minimization. Shareq Wajih | Purab Verma | Vivek Chauhan | Neeraj | Sahil Yadav "Waste Disposal through Portable Incinerator" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-4 , June 2020, URL: https://www.ijtsrd.com/papers/ijtsrd30881.pdf Paper Url :https://www.ijtsrd.com/engineering/environmental-engineering/30881/waste-disposal-through-portable-incinerator/shareq-wajih
Tom Waste Management
This document summarizes a local food waste recycling solution called WM CORe® that converts food waste into renewable energy. The proprietary process removes contaminants from food waste to produce an Engineered Bio-Slurry that is delivered to local wastewater treatment plants for anaerobic digestion. This creates biogas that can be used to generate renewable green energy. The partnership helps divert food waste from landfills, reduces greenhouse gas emissions, and increases the wastewater plant's biogas production - powering over 600 homes in the area.
biomass.pptx
This document summarizes information presented on biomass technologies. It discusses what biomass is, densification processes like briquetting, biomass combustion, gasifier technologies including types of gasifiers, biogas technology and types of biogas plants, and fermentation processes for producing ethanol. Key biomass conversion processes covered include solid fuel combustion, digestion, gasification, and fermentation.
MAKING PLASTICS FULLY SUSTAINABLE, THE DECARBONIZED PLASTICS-TO-HYDROGEN PATHWAY
This document discusses making plastics production more sustainable through a decarbonized plastics-to-hydrogen pathway. It introduces Ways2H, a company that designs systems to convert solid organic waste like plastics, biomass, and food waste into carbon-negative hydrogen through a proprietary thermochemical process. This hydrogen can then be used as fuel for transportation and power generation. The process also integrates carbon capture and mineralization to sequester carbon dioxide. Standard systems can process 24 tons of waste per day and produce enough hydrogen to fuel 500 fuel cell vehicles daily while sequestering 57 tons of carbon dioxide. The business case shows return on investment within 2 to 5 years between carbon credits and avoided waste processing costs.
Closing the Carbon Cycle for Sustainability - Peter Eisenberger (October 15, ...
Closing the Carbon Cycle for Sustainability - Peter Eisenberger (October 15, ...Graciela Chichilnisky
Closing the Carbon Cycle for Sustainability - A Key Strategy for Environmental Protection, Energy Security, and Economic Development - Peter Eisenberger (October 15, 2012 @ Oxford University)Sustainable Practices at Five different Organization
This document summarizes sustainable practices being implemented by different organizations. It discusses how Indian Railways uses eco-friendly bio-toilets and biodiesel. Bosch contributes to environmental initiatives and uses energy efficient networks and batteries. Harvard University adopted green cleaning, uses local organic food, and creates biodiesel from cooking oil. Dabur India uses biofuels, efficient heating systems, and monitors waste to adhere to pollution norms. The document promotes efficient resource use, waste minimization, and optimizing products and services for sustainability.
Grantstown Nurseries case study
A switch to natural gas leads to reduced costs and emissions with increase in productivity Grantstown Nurseries.
REMOVAL OF DISSOLVED SOLIDS IN WASTE WATER USING ACTIVATED CARBON FROM COCONU...
REMOVAL OF DISSOLVED SOLIDS IN WASTE WATER USING ACTIVATED CARBON FROM COCONU...Journal For Research
Effective removal of dissolved solids in drinking water as well as waste water has gained considerable significance these days because of the high level of TDS. Adsorbents are popular and effective in the removal of dissolved solids in water. Activated carbon is one of the most effective media for removing a wide range of contaminants from waste water. Activated carbon prepared from waste materials is effective in removing the dissolved solids in water. This paper present the effectiveness of activated carbon prepared from coconut shell in waste water purification especially for the removal of dissolved solids. Amount of dissolved solids in waste water collected from the college premises was estimated before and after treatment with activated carbon. Waste water was treated with activated carbon prepared from coconut shell for a period of 5 minutes, 30 minutes and 60 minutes. Treatment for 5 minutes was not enough for the effective removal of dissolved solids. Amount of dissolved solids decreases with increase in time of treatment, and stirring for 20 to 30 minutes could bring it to a level well below the permitted value. Treatment for 60 minutes has reduced the TDS to a considerable extent.
GRS Winter 2011 Brochure
THE GAS RECOVERY SYSTEM
Blue Skies Technologies
Cryogenic Technology Overview
VOC Vapor Recovery Applications
Cost effective and environmentally friendly
Zak Patten - Presentation - Passive House Presentation
This document discusses various aspects of embodied energy, carbon emissions, and toxicity considerations for materials used in passive houses. It summarizes a study that found embodied energy accounts for 40% of the total life cycle energy demand of a passive house, with operational energy at 33% and transport energy at 27%. The document also notes that material choices have a significant impact on embodied energy and carbon emissions. It advocates accounting for these factors in building design and material selection.
Dr Donna Rawlinson, Northumbria Water
This document summarizes Dr. Donna Rawlinson's presentation on Northumbrian Water's innovative approach to sludge treatment. It discusses how Northumbrian Water uses advanced anaerobic digestion (AAD) to treat sludge, producing renewable energy and reducing costs. Their AAD systems at two sites produce enough electricity to power 30,000 homes annually. Northumbrian Water is also expanding AAD by adding food waste digestion and connecting the biogas to a gas grid to further reduce fossil fuel usage and increase renewable energy production.
NACFM CP Session 1 Green Church
The document discusses green building and practices for creating environmentally responsible and resource-efficient structures. It defines green building as considering the lifecycle costs and impacts from design through deconstruction. Specific green aspects covered include reducing waste, decreasing costs through efficient energy and material usage, and improving indoor environmental quality and health. Certification programs like LEED provide frameworks for applying green building principles.
Duke Medicine And Sustainability Overview
Duke has made significant commitments to sustainability through policies and initiatives to reduce carbon emissions and promote green building practices. Key efforts include converting the main campus steam plant from coal to natural gas, establishing sustainability committees, installing green roofs, implementing water conservation measures across campus, and obtaining LEED certification for new buildings including the Medical Science Research Building II (Silver rating), School of Nursing (Silver), and Duke Integrative Medicine (Certified).
vegetable waste management
(1) Vegetable waste generated from processing operations in India presents waste management challenges due to the large volumes generated and lack of infrastructure.
(2) Common vegetable waste includes peels, shells, and other scraps. If not properly managed, it can cause water and soil pollution and spread disease.
(3) Effective waste management includes characterization, segregation, reduction, reuse, recycling, and proper treatment and disposal. Options include composting, anaerobic digestion, and conversion to energy sources like biogas.
Green Remediation on a LEED Certified Brownfield Site
The document summarizes a brownfield redevelopment project that received LEED Silver certification. Green remediation principles were applied to lower the carbon footprint and environmental impact of cleaning up contamination from historical industrial usage. In-situ stabilization was used to remediate arsenic and reduce greenhouse gas emissions compared to other remedial alternatives. Additional sustainable measures included reuse of demolition materials, permeable reactive barriers, and vapor control systems.
Case study - Textile ETP [Spinners & Spinners]
This document discusses the implementation of an ozone oxidation system at a textile plant in Nairobi, Kenya to treat its wastewater. The current treatment process uses large amounts of chemicals but produces high TDS water. The proposed solution adds ozone treatment in the primary equalization tank to break down dye compounds before further treatment. This is expected to significantly reduce chemical usage and costs, lowering the operating costs by $23,725 per year. With a total project cost of $35,000, the return on investment is estimated to be 1.47 years or 18 months.
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Renewable Natural Gas - Biogas Cleaning and Upgrading 101
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CLOSING THE CARBON CYCLE - Peter Eisenberger (October 16, 2012 @ London)
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Onsite environmental solutions
This document provides information on Tervita's onsite environmental solutions for reducing waste from SAGD operations. It offers quick facts about their infrastructure including landfills, disposal wells, and pipelines. It also details their ability to process waste streams onsite like slop oil, off-spec production, and waste water. The benefits are listed as recovering resources, enhancing safety, reducing community impact, and supporting sustainability goals while being economical through a flexible cost structure and reducing transportation costs.
High efficiency coalescer separator
The document provides specifications for a high efficiency coalescer separator unit. The unit consists of two pre-filter vessels, two standard coalescer vessels, and two high-efficiency coalescer vessels. It has a capacity of 5,000 barrels per day and requires no external power. The coalescer separator merges small liquid drops into larger drops through multiple filter media layers to more easily separate oil and water, achieving less than 5 parts per million of oil and grease.
Flowback
Tervita developed the patented ConSep System to treat various flowback streams from oil and gas operations. The ConSep System separates flowback fluids into pipeline quality oil and overboard quality water, protecting equipment and allowing faster restoration of production. It has applications in flowback of stimulation and completion fluids, deck drainage treatment, workover fluids treatment, coiled tubing projects, and produced water treatment.
Flotation machine
Tervita offers sales, rental, design, and maintenance services for used flotation machines. They have years of experience working with used flotation machines, providing on-site repairs, refurbishments, and consultation. Tervita sells refurbished flotation machines and can perform complete or partial refurbishments, with pricing and inventory available upon request.
Coalescer unit
The document provides information about a Pall filter coalescer separator unit. The coalescer unit is powered using gravity separation rather than electricity, making it suitable for offshore platforms. It works by passing fluid through multiple filter layers to merge small droplets into larger ones that are then more easily separated. The skid design includes two pre-filters and two Pall PhaseSep coalescers along with necessary piping and controls to operate safely without constant supervision.
Carbon media vessels
Tervita specializes in the sales, rental, and design of granular activated carbon (GAC) filter vessels for removing water soluble organics. They have a fleet of ASME coded GAC filter vessels ready for deployment that leverage over 10 years of experience servicing portable carbon filters offshore. Tervita can also provide bulk GAC media suitable for various applications and their vessel designs aim to optimize carbon contact time and participation to maximize carbon life.
Spill response oil dehydration
Tervita has a system called ConSep that separates oil from water using centrifugal force in a series of process tanks and technologies. The centrifugal separator uses high rotational speeds to accelerate the settling of immiscible liquids of different densities. This typically produces pipeline quality oil below 1% water content and water below 150 PPM oil concentration. Tervita has over 10 years of experience operating this technology for oil spill recovery and dehydration and believes it can assist any oil spill recovery effort.
Pipeline abandonment flushing
The document discusses Tervita's ConSep system, which uses modular components and state-of-the-art separation processes to provide clean water for discharge during pipeline flushing or equipment repair. The full system can deliver both clean water and clean oil. All water is treated with granular activated carbon to remove contaminants before overboard discharge, avoiding the use of proprietary clay media and reducing disposal costs. The ConSep system has applications in pipeline commissioning/decommissioning, fluids treating, and testing projects while protecting the environment and reclaiming hydrocarbons.
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Carbon media recycling
- 1. Fluids Services Carbon Media Recycling FACT Sheet Canada Operations 500, 140–10 Ave. S.E. Green Carbon Calgary, AB T2G 0R1 T: (403) 233-7565 Tervita has partnered with Jacobi in order to provide customers with not only a better F: (403) 261-5612 quality carbon, but also the ability to reactivate “spent” carbon in an environmentally responsible yet cost effective manner. The process begins with transferring “spent” US Operations 363 N. Sam Houston carbon to Tervita, where the carbon is cleaned from the tanks and shipped to Jacobi Parkway, Suite 330 in order to begin the reactivation process. The adsorbed organics on the carbon are Houston, TX 77060 thermally decomposed. The resulting gases are fed through an afterburner and a T: (832) 399-4500 F: (832) 627-7764 treatment system to allow emission to atmosphere in accordance with most stringent environmental regulations. Recycling by thermal reactivation is an environmental responsible method that helps to reduce CO2 emissions over the activated carbon and contributes to a sustainable use of the world’s resources. Benefits • Contributes to a sustainable use of the world’s resources • Reduced CO2 emissions over the activated carbon • Environmentally Responsible method of reactivation keeps “spent” carbon out of landfills • Capable of reissuing certified reactivated carbon to the customer • Cost Efficient when compared to current disposal options tervita.com